is allowed to be increased, depending on the air speed as specified in Table 5.4.2.4, which can be as high as 2.2 degree.
So, I assume the height of the "hump" is about 2.2 degrees from the upper acceptability limit (80% or 90%).
Appreciate your advice if the understanding here is not correct.
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End of method assumed. (line 90)Error: Comma or ')' expected. (line 90)Warning: Function 'GetFrustumNearPlane' doesn't return a value on all code paths. Are you missing a 'Return' statement? (line 91)…
Added by Adam Chałupski at 11:24pm on September 23, 2012
tions, but the order will be random.
2) use a random component to generate N random integers between 0 and 3 (you'll have to enable the integer option from the component menu), then multiply these random numbers with 90. This approach may give you an unacceptable excess of certain angles.…
i use an f1 component
and type in the expression editor
Rad(x)
then connect a slider with the degrees you nedd
say from 0 to 90 degrees
that does it
best
mario
This is a good example... it shows sections crossing at 90 degrees. When they cross at different angles then I think you need a different solution or a very good carpenter!
Added by martyn hogg at 9:46am on September 10, 2015